A Discussion of the New M-component Engineering Model From Azadifar et al. by Simultaneous Measurements in Rocket-Triggered Lightning

IF 0.9 Q4 ENGINEERING, ELECTRICAL & ELECTRONIC
Quanxin Li;Jianguo Wang;Li Cai;Mi Zhou;Yadong Fan
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引用次数: 1

Abstract

A discussion of the new M-component engineering model proposed by Azadifar et al. (2019) is presented. The M-component electric fields were measured at both close distance of 78 m and far multiple-station distances ranging 69 km −126 km in rocket-triggered lightning. Both the fast microsecond-scale pulse and the following slow millisecond-scale pulse are reproduced in the new engineering model. The electrostatic field component produced by the return-stroke like process along the branch among the new engineering model contributes to weaken the positive overshoot of the close M-component electric field. The modified new engineering model considering an exponential current decay along the grounded channel in the study allows a more satisfactory performance of reproducing full M-component electric fields than that of the model from Azadifar et al .
Azadifar等提出的新M分量工程模型在火箭触发闪电中的同时测量讨论
对Azadifar等人提出的新M组件工程模型进行了讨论。(2019)。在火箭触发的闪电中,在78米的近距离和69公里-126公里的远多站距离测量了M分量电场。在新的工程模型中再现了快速微秒级脉冲和随后的慢速毫秒级脉冲。在新的工程模型中,由沿支路的类似回程过程产生的静电场分量有助于削弱闭合M分量电场的正超调。在研究中,考虑到沿接地通道的指数电流衰减的改进的新工程模型比Azadifar等人的模型在再现全M分量电场方面具有更令人满意的性能。
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